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#ifndef SIMD_FLOAT1_H
#define SIMD_FLOAT1_H
#include "Runtime/Serialize/TransferFunctions/SerializeTransfer.h"
#include "Runtime/Math/Simd/intrinsic.h"
#include "Runtime/Math/Simd/bool1.h"
namespace math
{
struct float1;
template<typename T> struct ATTRIBUTE_ALIGN(ALIGN4F) vecexp1 : T
{
typedef T value_type;
typedef typename T::scalar_type scalar_type;
typedef typename T::packed_type packed_type;
MECANIM_FORCE_INLINE vecexp1() {}
MECANIM_FORCE_INLINE vecexp1(vecexp1 const& e):value_type(e) { }
explicit MECANIM_FORCE_INLINE vecexp1(scalar_type s):value_type(s){ }
explicit MECANIM_FORCE_INLINE vecexp1(packed_type vector):value_type(vector) { }
MECANIM_FORCE_INLINE vecexp1(value_type const& r):value_type(r) { }
MECANIM_FORCE_INLINE vecexp1(scalar_type x, scalar_type y, scalar_type z, scalar_type w):value_type(x,y,z,w) { }
template<typename R> MECANIM_FORCE_INLINE vecexp1(const vecexp1<R> &e){
value_type::v = Vswizzle<value_type::LHS_SWZ>::lhs(value_type::v, e.eval() );
}
inline bool IsFinite ()const
{
return ::IsFinite(Vstoresf(value_type::v));
}
MECANIM_FORCE_INLINE vecexp1 &operator=(const vecexp1 &e) {
SIMD_ASSERT_IF(!e.IsFinite());
value_type::v = Vswizzle<value_type::LHS_SWZ>::lhs(value_type::v, e.eval() );
return *this;
}
template<typename R> MECANIM_FORCE_INLINE vecexp1 &operator=(const vecexp1<R> &e){
SIMD_ASSERT_IF(!e.IsFinite());
value_type::v = Vswizzle<value_type::LHS_SWZ>::lhs(value_type::v, e.eval() );
return *this;
}
MECANIM_FORCE_INLINE vecexp1 &operator=(scalar_type s) {
SIMD_ASSERT_IF(!::IsFinite(s));
value_type::operator =(s);
return *this; }
MECANIM_FORCE_INLINE const vecexp1 &operator+() const { return *this; }
MECANIM_FORCE_INLINE vecexp1 operator-() const { return vecexp1(Vneg( value_type::eval() ) ); }
template<typename R>MECANIM_FORCE_INLINE vecexp1 &operator+=(const vecexp1<R> &r) {
value_type::v = Vswizzle<value_type::LHS_SWZ>::lhs(value_type::v, Vadd( value_type::eval(), r.eval() )); return *this;
}
template<typename R> MECANIM_FORCE_INLINE vecexp1 &operator-=(const vecexp1<R> &r) {
value_type::v = Vswizzle<value_type::LHS_SWZ>::lhs(value_type::v, Vsub( value_type::eval(), r.eval() )); return *this;
}
template<typename R> MECANIM_FORCE_INLINE vecexp1 &operator*=(const vecexp1<R> &r) {
value_type::v = Vswizzle<value_type::LHS_SWZ>::lhs(value_type::v, Vmul(value_type::eval(), r.eval())); return *this;
}
template<typename R> MECANIM_FORCE_INLINE vecexp1 &operator/=(const vecexp1<R> &r) {
value_type::v = Vswizzle<value_type::LHS_SWZ>::lhs(value_type::v, Vdiv(value_type::eval(), r.eval())); return *this;
}
};
struct ATTRIBUTE_ALIGN(ALIGN4F) vec1
{
typedef float scalar_type;
typedef vec4f packed_type;
typedef vec4f const& const_reference_packed_type;
typedef vec4f& reference_packed_type;
enum{
RHS_SWZ = kXYZW,
LHS_SWZ = kXYZW
};
MECANIM_FORCE_INLINE vec1() {}
MECANIM_FORCE_INLINE vec1(scalar_type scalar):v(Vloadsf(scalar)) { }
MECANIM_FORCE_INLINE vec1(packed_type vector):v(vector){ }
template<typename T> MECANIM_FORCE_INLINE vec1(const T& vector) { v = vector.eval(); }
MECANIM_FORCE_INLINE scalar_type tofloat() const { return Vstoresf( v ); }
MECANIM_FORCE_INLINE vec1 &operator=(const vec1 &l) { v = l.v; return *this; }
MECANIM_FORCE_INLINE packed_type eval()const{ return v; }
protected:
packed_type v;
};
struct ATTRIBUTE_ALIGN(ALIGN4F) float1 : public vecexp1<vec1>
{
DEFINE_GET_TYPESTRING(float1)
typedef vec1 value_type;
typedef vec1::scalar_type scalar_type;
typedef vec1::packed_type packed_type;
MECANIM_FORCE_INLINE float1() {}
MECANIM_FORCE_INLINE explicit float1(scalar_type s):vecexp1<value_type>(s) {}
MECANIM_FORCE_INLINE explicit float1(packed_type const& v):vecexp1<value_type>(v) { }
MECANIM_FORCE_INLINE float1(const float1 &f):vecexp1<value_type>(f) { }
template<typename R> MECANIM_FORCE_INLINE float1(const vecexp1<R> &e){ value_type::v = e.eval(); }
MECANIM_FORCE_INLINE float1 &operator=(const float1 &f) { value_type::v = f.eval(); return *this; }
template<typename R> MECANIM_FORCE_INLINE float1 &operator=(const vecexp1<R> &e) { value_type::v = e.eval(); return *this; }
template<typename R>MECANIM_FORCE_INLINE float1 &operator+=(const vecexp1<R> &r) {
value_type::v = Vadd( value_type::eval(), r.eval() ); return *this;
}
template<typename R> MECANIM_FORCE_INLINE float1 &operator-=(const vecexp1<R> &r) {
value_type::v = Vsub( value_type::eval(), r.eval() ); return *this;
}
template<typename R> MECANIM_FORCE_INLINE float1 &operator*=(const vecexp1<R> &r) {
value_type::v = Vmul(value_type::eval(), r.eval() ); return *this;
}
template<typename R> MECANIM_FORCE_INLINE float1 &operator/=(const vecexp1<R> &r) {
value_type::v = Vdiv(value_type::eval(), r.eval() ); return *this;
}
MECANIM_FORCE_INLINE float1 &operator++() { value_type::v = Vinc(value_type::v); return *this; }
MECANIM_FORCE_INLINE float1 operator++(int) { float1 r = *this; value_type::v = Vinc(value_type::v); return r; }
MECANIM_FORCE_INLINE float1 &operator--() { value_type::v = Vdec(value_type::v); return *this; }
MECANIM_FORCE_INLINE float1 operator--(int) { float1 r = *this; value_type::v = Vdec(value_type::v); return r; }
static float1 zero() {return float1(Vzero()); } // 0
static float1 one() {return float1(Vone());} // 1
template<class TransferFunction>
MECANIM_FORCE_INLINE void Transfer (TransferFunction& transfer)
{
/////@TODO: This is wrong. It will not work for SafeBinaryRead
/////// Probably other places in the code too!
float x;
if(transfer.IsReading())
{
transfer.Transfer(x, "x");
*this = float1(x);
}
else if(transfer.IsWriting())
{
x = tofloat();
transfer.Transfer(x, "x");
}
else
{
transfer.Transfer(x, "x");
}
}
};
// vecexp1 Arithemtic
template<typename LHS, typename RHS> static MECANIM_FORCE_INLINE vecexp1<vec1> operator+(const vecexp1<LHS> &l, const vecexp1<RHS> &r)
{
return vecexp1<vec1>( Vadd( l.eval(), r.eval() ));
}
template<typename LHS, typename RHS> static MECANIM_FORCE_INLINE vecexp1<vec1> operator-(const vecexp1<LHS> &l, const vecexp1<RHS> &r)
{
return vecexp1<vec1>( Vsub( l.eval(), r.eval() ));
}
template<typename LHS, typename RHS> static MECANIM_FORCE_INLINE vecexp1<vec1> operator*(const vecexp1<LHS> &l, const vecexp1<RHS> &r)
{
return vecexp1<vec1>( Vmul( l.eval(), r.eval() ));
}
template<typename LHS, typename RHS> static MECANIM_FORCE_INLINE vecexp1<vec1> operator/(const vecexp1<LHS> &l, const vecexp1<RHS> &r)
{
return vecexp1<vec1>( Vdiv( l.eval(), r.eval() ));
}
// vecexp1 logic
template <typename LHS, typename RHS> static MECANIM_FORCE_INLINE bool1 operator<(const vecexp1<LHS> &l, const vecexp1<RHS> &r)
{
return bool1( Vcmplt( l.eval(), r.eval() ) );
}
template <typename LHS, typename RHS> static MECANIM_FORCE_INLINE bool1 operator<=(const vecexp1<LHS> &l, const vecexp1<RHS> &r)
{
return bool1( Vcmple( l.eval(), r.eval() ) );
}
template <typename LHS, typename RHS> static MECANIM_FORCE_INLINE bool1 operator==(const vecexp1<LHS> &l, const vecexp1<RHS> &r)
{
return bool1( Vcmpeq( l.eval(), r.eval() ) );
}
template <typename LHS, typename RHS> static MECANIM_FORCE_INLINE bool1 operator!=(const vecexp1<LHS> &l, const vecexp1<RHS> &r)
{
return bool1( Vcmpneq( l.eval(), r.eval() ) );
}
template <typename LHS, typename RHS> static MECANIM_FORCE_INLINE bool1 operator>=(const vecexp1<LHS> &l, const vecexp1<RHS> &r)
{
return bool1( Vcmpge( l.eval(), r.eval() ));
}
template <typename LHS, typename RHS> static MECANIM_FORCE_INLINE bool1 operator>(const vecexp1<LHS> &l, const vecexp1<RHS> &r)
{
return bool1( Vcmpgt( l.eval(), r.eval() ) );
}
}
#endif
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